mini7_V2/DriverInterface/state_mini.c

#include "onechip_include_header.h"


#define CardON 1
#define CardOFF 0

uint32_t g_card_tick_s = 0;	//插卡计时S
uint8_t cardonsta = 0;
int samp_time = 0;
int samp_num = 0;
uint8_t datasope_flag = 0;

str_error_info_t error_info = {0};    //错误信息
// test_result_struct result = {0};
heat_ctrl_struct g_heat_ctrl = {0};


uint8_t ckeck_sum(uint8_t *data, int size)
{
	uint32_t sum = 0;
	for(int i = 0; i < size; i++)
	{
		sum += data[i];
	}

	return (sum & 0xFF);
}

float get_avg(float value[10])
{
	float sum = 0;

	for(int i = 0; i < 10; i++)
	{
		sum += value[i];
	}
	
	sum /= 10;

	return sum;
}
float get_std_avg(float value[10])
{
	float sum = 0;
	float avg = 0;

	avg = get_avg(value);

	for(int i = 0; i < 10; i++)
	{
		sum += (value[i] - avg) * (value[i] - avg);
	}

	sum = sqrtf(sum / 9) / avg;

	return sum;
}

float get_max_min(float value[10])
{
	float max = 0;
	float min = 99999;

	for(int i = 0; i < 10; i++)
	{
		if(value[i] > max)
			max = value[i];
		
		if(value[i] < min)
			min = value[i];
	}
	
	return (max - min);
}
void DatascopeSend(int number,float value1,float value2, float value3, float value4, float value5,
					float value6,float value7,float value8,float value9,float value10,float value11)//date_scope 10ch driver
{	
    unsigned char SendCount;
	float temp;
#ifdef ONECHIP_MINI_PLUS
	uint8_t DataScopeOutPutBuffer[60]; // Serial port send buffer
    *(uint32_t*)&DataScopeOutPutBuffer[0] =  number;
	*(uint32_t*)&DataScopeOutPutBuffer[4] = *(uint32_t*)&value1;
	*(uint32_t*)&DataScopeOutPutBuffer[8] = *(uint32_t*)&value2;
	*(uint32_t*)&DataScopeOutPutBuffer[12] = *(uint32_t*)&value3;
	*(uint32_t*)&DataScopeOutPutBuffer[16] = *(uint32_t*)&value4;
	*(uint32_t*)&DataScopeOutPutBuffer[20] = *(uint32_t*)&value5;
	*(uint32_t*)&DataScopeOutPutBuffer[24] = *(uint32_t*)&value6;
	*(uint32_t*)&DataScopeOutPutBuffer[28] = *(uint32_t*)&value7;
	*(uint32_t*)&DataScopeOutPutBuffer[32] = *(uint32_t*)&value8;
	*(uint32_t*)&DataScopeOutPutBuffer[36] = *(uint32_t*)&value9;
	*(uint32_t*)&DataScopeOutPutBuffer[40] = *(uint32_t*)&value10;
	*(uint32_t*)&DataScopeOutPutBuffer[44] = *(uint32_t*)&value11;	//时间
	temp = get_max_min((float*)(DataScopeOutPutBuffer+4));
	*(uint32_t*)&DataScopeOutPutBuffer[48] = *(uint32_t*)&temp;	//极差
	temp = get_std_avg((float*)(DataScopeOutPutBuffer+4));
	*(uint32_t*)&DataScopeOutPutBuffer[52] = *(uint32_t*)&temp;	//离散系数
    SendCount=56;
    DataScopeOutPutBuffer[SendCount] = ckeck_sum(DataScopeOutPutBuffer, SendCount);
#else
	uint8_t DataScopeOutPutBuffer[56]; // Serial port send buffer
	*(uint32_t*)&DataScopeOutPutBuffer[0] = *(uint32_t*)&value1;
	*(uint32_t*)&DataScopeOutPutBuffer[4] = *(uint32_t*)&value2;
	*(uint32_t*)&DataScopeOutPutBuffer[8] = *(uint32_t*)&value3;
	*(uint32_t*)&DataScopeOutPutBuffer[12] = *(uint32_t*)&value4;
	*(uint32_t*)&DataScopeOutPutBuffer[16] = *(uint32_t*)&value5;
	*(uint32_t*)&DataScopeOutPutBuffer[20] = *(uint32_t*)&value6;
	*(uint32_t*)&DataScopeOutPutBuffer[24] = *(uint32_t*)&value7;
	*(uint32_t*)&DataScopeOutPutBuffer[28] = *(uint32_t*)&value8;
	*(uint32_t*)&DataScopeOutPutBuffer[32] = *(uint32_t*)&value9;
	*(uint32_t*)&DataScopeOutPutBuffer[36] = *(uint32_t*)&value10;
	*(uint32_t*)&DataScopeOutPutBuffer[40] = *(uint32_t*)&value11;	//时间
	temp = get_max_min((float*)DataScopeOutPutBuffer);
	*(uint32_t*)&DataScopeOutPutBuffer[44] = *(uint32_t*)&temp;	//极差
	temp = get_std_avg((float*)DataScopeOutPutBuffer);
	*(uint32_t*)&DataScopeOutPutBuffer[48] = *(uint32_t*)&temp;	//离散系数
    SendCount=52;
    DataScopeOutPutBuffer[SendCount] = ckeck_sum(DataScopeOutPutBuffer, SendCount);

#endif


    SendCount++;
	data_send_to_pc(PC_CMD_DATASCOPE,(char *)DataScopeOutPutBuffer,SendCount);
}

int TrigStateCheck(ProcessStateMachine_t *sts)
{
	 return (HAL_GPIO_ReadPin((GPIO_TypeDef *)sts->card_port,sts->card_pin)) ? 1 : 0; // 
}
uint32_t get_master_st(float *temp,unsigned int *st,float *pwm) {
	*temp = sysinf.heaterMaster.pid.realtemp;
    *pwm = sysinf.heaterMaster.pid.variate;
	*st = sysinf.psmMaster.state;
	return 0;
}


uint32_t get_slave_st(float *temp,unsigned int *st,float *pwm) {
	*temp = sysinf.heaterSlave.pid.realtemp;
    *pwm = sysinf.heaterSlave.pid.variate;
	*st = sysinf.psmSlave.state;
	return 0;
}

uint8_t is_command(uint16_t controlword, Controlword_t command_to_check)
{
    return (controlword) == command_to_check;
}
void updateData(ProcessStateMachine_t *psm)
{ 

	if(psm->cursendok == 0){
		return;
	}
	if (check_to_pc_busy()){
		if(psm->DataSendHeader != psm->DataSendLast){ 			
				/*1.5s 无应答，或者当前发送完成*/		
                psm->cursendok = 0;
                psm->sendTime = 3;
				char data[55] = {0};
				memcpy(&data[1], psm->card_param_info.pid, 10);
				memcpy(&data[11],&psm->DataBufRDR[psm->DataSendHeader], 40);
				memcpy(&data[51],&psm->sendconter, 4);
				if(0 == data_send_to_pc(PC_CMD_DATA_UPLOAD, data, sizeof(data))){
					Van_Device_Printf(VAN_LOG_WIFI, "send Header:%d last:%d  sendconter:0x%x \n",psm->DataSendHeader, psm->DataSendLast,psm->sendconter);
				}
		}else{
			/*无数据，有结果*/
			if(psm->updateresult){	
                psm->cursendok = 0;
                psm->sendTime = 3;
				data_send_to_pc(PC_CMD_REPORT_RESULT, (char *)&psm->result, sizeof(test_result_struct));              				
			}			
		}
	}
}
ProcessStateMachine_t * matchPid(unsigned char * part){
    if( 0 == memcmp(sysinf.psmMaster.card_param_info.pid, part, sizeof(sysinf.psmMaster.card_param_info.pid))){
        return &sysinf.psmMaster;        
    }
    
    if( 0 == memcmp(sysinf.psmSlave.card_param_info.pid, part, sizeof(sysinf.psmSlave.card_param_info.pid))){
        return &sysinf.psmSlave;        
    }
	return 0;
}

void updateData_next(unsigned int recdex,unsigned char * part)
{ 
    ProcessStateMachine_t *psm = matchPid(part);
	if(psm){				
		psm->cursendok = 1;
		if(psm->DataSendHeader != psm->DataSendLast){ 
			psm->sendconter++;		
			Van_Device_Printf(VAN_LOG_WIFI,"send ok Header:%d sendconter:0x%x \n",psm->DataSendHeader, psm->sendconter);
			/*主模块又消息，更新头，发下一条*/
			psm->DataSendHeader++;
			// if(psm->DataSendHeader == MAX_DATA_BUF_SIZE){
			// 	psm->DataSendHeader = 0;
			// }
		}
	}
}
void resetSampleData(ProcessStateMachine_t *psm){
	if(psm->sendTime){
		psm->sendTime--;
		if(psm->sendTime==0){						
			psm->cursendok = 1;
		}
	}
}

void clean_reult_next(unsigned char * part)
{ 
	ProcessStateMachine_t *psm = matchPid(part);
	if(psm){			
		psm->updateresult = 0;			
		psm->cursendok = 1;
        psm->controlword = result_move_card;  
	}
}



/********************************************************************
 *      uint8_t error_set(uint8_t error)
 *
 *描述：设置错误位，并上报主机，灯带显示
 *参数：error： 错误位
 *返回：错误码
 *其他：无
 ********************************************************************/
uint8_t error_set(uint8_t error,uint8_t id)
{
       
    if(error_info.error_code == error && error_info.id == id)
        return error;

    error_info.error_code = error;
    error_info.id = id;
    if(error_info.id == 0){        
        sysinf.psmMaster.state = SW_Fault;
        if(error== ERROR_MOTOR_FIALED){
            sysinf.psmSlave.state = SW_Fault;
        }
        Van_Device_Printf(VAN_LOG_ERROR, "error_set: %d %d %d\n", 0, error,sysinf.psmMaster.state);
        if(error == ERROR_SAMP_MOVE_CARD)   //检测中拔卡，需等待60S才能消除
        {
            sysinf.psmMaster.error_delay = 60; 
        }    
    }else{            
        sysinf.psmSlave.state = SW_Fault;
        Van_Device_Printf(VAN_LOG_ERROR, "error_set: %d %d %d\n", 1, error,sysinf.psmSlave.state);
        if(error == ERROR_SAMP_MOVE_CARD)   //检测中拔卡，需等待60S才能消除
        {
            sysinf.psmSlave.error_delay = 60; 
        }    
    }
    sysinf.updateError = 1;
    memcpy(error_info.SN, &sysinf.SN, 7);
	error_info.SN[7] = 0;
    error_info.error_report = 1;
    data_send_to_pc(PC_CMD_REPORT_REEOR, (char*)&error_info, sizeof(str_error_info_t));
//    if(error != ERROR_MOTOR_FIALED){
// 	   sysinf.psmMaster.state = SW_Fault;
// 	//    mcu_ack_ctrl.re_send_card = ACK_TIMEOUT;
// 	//    Card_State_Send(HEAT_OFF);			  //降温至40°C,不开风扇
//    }  

    return 0;
}
/********************************************************************
 *       void error_clear()
 *
 *描述：清除错误
 *参数：error： 错误
 *返回：错误码
 *其他：无
 ********************************************************************/
void error_clear(void)
{
    sysinf.updateError = 0;
    error_info.error_code = 0;
	error_info.error_report = 0;
    beep_set(BEEP_MUTE);
}


void resend_error_update(void){
	 if(sysinf.updateError == 1){
		data_send_to_pc(PC_CMD_REPORT_REEOR, (char*)&error_info, sizeof(str_error_info_t));
	 }
}
void re_send_state(void){
	 if(sysinf.updateSt == 1){
        stateinfDef st = {0};
        st.amplifState =sysinf.amplifState;
        st.lysisState =sysinf.lysisState;
        st.amplifStateTime = sysinf.amplifStateTime;
        st.lysisStateTime = sysinf.lysisStateTime;
        memcpy(st.SN, &sysinf.SN, 7);
        data_send_to_pc(PC_CMD_UPDATESTATE, (char *)&st, sizeof(stateinfDef));  
	 }
}
  


void updateAmplifState(uint8_t newset, uint8_t id)
{
    uint8_t *state = id == 0 ? &sysinf.amplifState : &sysinf.lysisState;
    uint32_t *elapsed = id == 0 ? &sysinf.amplifStateTime : &sysinf.lysisStateTime;
    if (*state == newset) return;
    *state = newset;
    *elapsed = 0;
    if (newset == SYS_STATE_ERROR_HW) {
#ifdef ONECHIP_MINI_ONE
        /* ONE shares the device hardware-fault state; PLUS channels stay independent. */
        if (sysinf.amplifState != newset) sysinf.amplifStateTime = 0;
        if (sysinf.lysisState != newset) sysinf.lysisStateTime = 0;
        sysinf.amplifState = sysinf.lysisState = newset;
#endif
        beep_set(BEEP_ERR_HW);
    } else if (newset == SYS_STATE_ERROR_HM) {
        beep_set(BEEP_ERR_HM);
    }
    sysinf.updateSt = 1;
}

void updateLysisState(uint8_t newset)
{
    updateAmplifState(newset, 1);
}

void usr_state_machine(ProcessStateMachine_t *sts, heat_ctrl_def *heater)
{
    sts->statusword = 0x0000;
    static uint8_t state = 0;
    //采样前，3秒发一次加热指令
    if((sts->state < SW_Chip_Id) && (sts->state != SW_Fault)){
        if (TrigStateCheck(sts) == CardON){    
            if(sts->state == SW_Target_reached){
                 error_set(ERROR_HEAT_INSERT_CARD,heater->number);
            }else {
                 error_set(ERROR_NO_QRCODE,heater->number);
            }               
            updateAmplifState(SYS_STATE_ERROR_HM,heater->number);
        }
    }
    switch (sts->state)
    {
    // 所有板卡准备自检，包含通道预加热
    case SW_Read_To_Board_Selftest:
    {
        if (is_command(sts->controlword, Board_Selftest_cmd))
        {    
            sts->state = SW_Target_reached;
            sts->statusword |= SW_Target_reached;
            
        }       
    } break;
    case SW_Fault:
    {
        // 没有预热完成前插卡检测
        // 采样没有完成，拔卡检测        
        sts->sampleStart = 0;

        if(error_info.error_code < ERROR_SENSOR_SELF_CHECK && sts->error_delay == 0)
        {
            //拔卡消除故障
            if (TrigStateCheck(sts) == CardOFF)
            {
                sts->statusword |= SW_move_card;
                sts->state = SW_move_card;
                error_clear();
				memset(&sts->card_param_info, 0 , sizeof(str_card_param_info_t));
            }
        }
		// if(error_info.error_code == ERROR_SENSOR_CARD_CHECK){
		// 	if(check_first_zero() == 0){ 
		// 		sts->statusword |= SW_Chip_Id;
        //     	sts->state = SW_Chip_Id;
        //         error_clear();
		// 	}
		// }
    }
    break;
    // 快速停止
    case SW_Quick_stop:
    {
        break;
    }
    // 获取温度，两通道加热
    // 等温度稳定后
    case SW_Target_reached:
    {
        if (heater->temp_stable_sta == 1)
        {
            sts->controlword = Target_reached_cmd;
             updateAmplifState(SYS_STATE_READY,heater->number); 
        	/*************lxx-add-20232.11.30****************/
            if (SensorSelfCheckPass(heater->number)==0)
        	{   
                updateAmplifState(SYS_STATE_ERROR_HW,heater->number); 
                error_set(ERROR_SENSOR_SELF_CHECK,heater->number);
        	}
        }
		if ((sysinf.skip_CheckOrRun & SKIP_HEATONCHECK_OK))
        {
           /*跳过温度判断*/
            sts->controlword = Target_reached_cmd;
            if (SensorSelfCheckPass(heater->number)==0)
        	{
                error_set(ERROR_SENSOR_SELF_CHECK,heater->number);
        	}
        	heater->HeatState = SystemPreHeat;
            heater->temp_stable_sta = 0;
            updateAmplifState(SYS_STATE_READY,heater->number); 

        }

        if (is_command(sts->controlword, Target_reached_cmd))
        {
            sts->statusword |= SW_Scan_Qrcode;
            sts->state = SW_Scan_Qrcode;
            sts->heat_timeout = 0;
        }
    }
        break;
    
    // 扫码
    case SW_Scan_Qrcode:
    {
        // if (scan_qrcode_done)
        // {
        //     // calc_balance();
        //     controlword = Scan_Qrcode_cmd;
        // }
        if (is_command(sts->controlword, Scan_Qrcode_cmd))
        {
            calc_balance(heater->number);
            sts->statusword |= SW_Chip_Id;
            sts->state = SW_Chip_Id;
             updateAmplifState(SYS_STATE_CHECK,heater->number); 
        }
		if((sysinf.skip_CheckOrRun & SKIP_SCANQRCODE)){
	         sts->statusword |= SW_Chip_Id;
	         sts->state = SW_Chip_Id;
             updateAmplifState(SYS_STATE_CHECK,heater->number); 
		}
    }
        break;
    // 插卡，通道检测
    case SW_Chip_Id:
    {
        if (TrigStateCheck(sts) == CardON)
        {		
      		Refresh_IWDG();
			HAL_Delay(1000);/*插卡后延时1s检测*/		
      		Refresh_IWDG();
			if(!(sysinf.skip_CheckOrRun & SKIP_CHECK_CARDINSERT)){
				if(check_first_zero(heater->number) == 1){       
                    error_set(ERROR_SENSOR_CARD_CHECK,heater->number);             
                    updateAmplifState(SYS_STATE_ERROR_HM,heater->number); 
                    break;
                }
			}
			{				
	            sts->controlword = Qrcode_publish_cmd;
	            // mcu_ack_ctrl.re_send_card = ACK_TIMEOUT;
	            // Card_State_Send(HEAT_ON);
                
        	    heater->HeatState = SysPreHeatUP;
                heater->timenum=0;
	            g_heat_ctrl.temp_stable_sta=0;
	            g_card_tick_s = 0;
				if (is_command(sts->controlword, Qrcode_publish_cmd))
				{
					sts->statusword |= SW_Sample_timeout;
					sts->state = SW_Sample_timeout;
                     updateAmplifState(SYS_STATE_RUNING,heater->number); 
				}
				};
        }
    }
        break;
    // 采样，30min定时
    case SW_Sample_timeout:
    {
        if(!(sysinf.skip_CheckOrRun & SKIP_CHECK_CARDREMOVE))
         if (TrigStateCheck(sts) == CardOFF){            
            error_set(ERROR_SAMP_MOVE_CARD,heater->number);
            updateAmplifState(SYS_STATE_ERROR_HM,heater->number);
        }
    	if(((heater->temp_stable_sta==2)||(sysinf.skip_CheckOrRun & SKIP_HEATONCHECK_OK))&& sts->sampleStart == 0)
    	{
			// 启动定时器计时
			sts->sampleTimes = 0;
			sts->sampleStart = 1;
            sts->DataSendHeader = 0;
            sts->DataSendLast = 0;
    	}
     	if(sts->samp_flag == 1 && sts->sampleStart)
    	{
			sts->samp_flag = 0;
		
            ColorSensor *pGroup = (heater->number == 0) ? CS : CS_Slave;
			if (sts->sampleTimes == 0)
			{
				sample_first_zero(heater->number);    //计算校零值	
				// sts->samp_num = 0;
				sts->cursendok = 1;
                DatascopeSend(heater->number,pGroup[0].CDR,pGroup[1].CDR,pGroup[2].CDR,pGroup[3].CDR,pGroup[4].CDR,pGroup[5].CDR,pGroup[6].CDR,pGroup[7].CDR,pGroup[8].CDR,pGroup[9].CDR,(sysinf.ms_conter/1000.0));
                DatascopeSend(heater->number,pGroup[0].gain,pGroup[1].gain,pGroup[2].gain,pGroup[3].gain,pGroup[4].gain,pGroup[5].gain,pGroup[6].gain,pGroup[7].gain,pGroup[8].gain,pGroup[9].gain,(sysinf.ms_conter/1000.0));

			}
			else
			{
				sample_calibrate_calc(sts->sampleTimes,heater->number);     //采样，前18组计算均值
                //输出原始数据
              
			}
            DatascopeSend(heater->number,pGroup[0].RDR,pGroup[1].RDR,pGroup[2].RDR,pGroup[3].RDR,pGroup[4].RDR,pGroup[5].RDR,pGroup[6].RDR,pGroup[7].RDR,pGroup[8].RDR,pGroup[9].RDR,(sysinf.ms_conter/1000.0));

            //上报采样数据
//            sample_send_rt_data();
			if(sts->DataSendLast < MAX_DATA_BUF_SIZE){
				for (int i = 0; i < CS_MAX; i++)
				{
					// === 打桩测试模式 (Stub Test) ===
					// 目的: 验证数据采集→缓存→上报链路的准确性
					// 主卡(number=0): 单向递增, 通道i速率=(i+1), 基准1000
					// 从卡(number=1): 单向递减, 通道i速率=(i+1), 基准1000
					// 预期: 主卡 ch1=1000,1001,1002...  ch2=1000,1002,1004...
					//       从卡 ch1=1000,999,998...    ch2=1000,998,996...
					float stub_RtR;
					if(heater->number == 0){
						stub_RtR = 1000.0f + (float)(i + 1) * (float)sts->sampleTimes;
					}else{
						stub_RtR = 1000.0f - (float)(i + 1) * (float)sts->sampleTimes;
					}
					memcpy(&sts->DataBufRDR[sts->DataSendLast][i], &pGroup[i].RtR, 4);
					// === 打桩测试模式结束 ===
					// 原始代码(恢复真实数据时取消下方注释并注释打桩部分):
					// memcpy(&sts->DataBufRDR[sts->DataSendLast][i], &pGroup[i].RtR, 4);
				}
				sts->DataSendLast++;
				// if(sts->DataSendLast == MAX_DATA_BUF_SIZE){
				// 	sts->DataSendLast = 0;
				// }
			}

			if (sts->sampleTimes == 19)
			{
				// sample_calc_avg_std();      //计算均值标准差
			}
			if (sts->sampleTimes > 19)
			{
				// sample_calc_tt();      //计算Tt
			}
//			if ((!(g_cfg.skip_CheckOrRun & SKIP_HEATONCHECK_OK) || g_cfg.skip_CheckOrRun & SKIP_FARSTRUN)){		
//			}		
			if (!(sysinf.skip_CheckOrRun & SKIP_FARSTRUN)){
				sts->sampleTimes++;
			}
			
			Van_Device_Printf(VAN_LOG_INFO,"SendLast:%d Times:%d \n",sts->DataSendLast,sts->sampleTimes);
			if (sts->sampleTimes >= sampleTotalTimes)
			{
//				sampleTimes = 0;
				if(0==(sysinf.skip_CheckOrRun & SKIP_FARSTRUN)){
					sts->sampleStart = 0;
					sts->controlword = result_report_cmd;
				}

			}

			
    	}
        if (is_command(sts->controlword, result_report_cmd))
        {
            sts->statusword |= SW_result_report;
            sts->state = SW_result_report;
            sample_calc_result(heater->number);
        	sts->updateresult = 1;
			
        }

    }
        break;
    // 计算，阈值范围，所有孔的结果（阴阳性、无效）
    // 结果上传&数据上传
    case SW_result_report:
    {
        if(0 == datasope_flag)
        {
            datasope_flag = 1;
            // DatascopeSend(CS[0].Tt,CS[1].Tt,CS[2].Tt,CS[3].Tt,CS[4].Tt,CS[5].Tt,CS[6].Tt,CS[7].Tt,CS[8].Tt,CS[9].Tt, 101);                                                     //Tt值
            // DatascopeSend(CS[0].average,CS[1].average,CS[2].average,CS[3].average,CS[4].average,CS[5].average,CS[6].average,CS[7].average,CS[8].average,CS[9].average, 102);   //均值
            // DatascopeSend(CS[0].STD,CS[1].STD,CS[2].STD,CS[3].STD,CS[4].STD,CS[5].STD,CS[6].STD,CS[7].STD,CS[8].STD,CS[9].STD, 103);                                           //方差
            // DatascopeSend(CS[0].CDR, CS[1].CDR, CS[2].CDR, CS[3].CDR, CS[4].CDR, CS[5].CDR, CS[6].CDR, CS[7].CDR, CS[8].CDR, CS[9].CDR, 104);                                  //校零值
            // DatascopeSend(CS[0].Result,CS[1].Result,CS[2].Result,CS[3].Result,CS[4].Result,CS[5].Result,CS[6].Result,CS[7].Result,CS[8].Result,CS[9].Result, 105);             //结果
            // DatascopeSend(CS[0].gain, CS[1].gain, CS[2].gain, CS[3].gain, CS[4].gain, CS[5].gain, CS[6].gain, CS[7].gain, CS[8].gain, CS[9].gain, 106);                        //gain值
            // DatascopeSend(CS[0].RDC, CS[1].RDC, CS[2].RDC, CS[3].RDC, CS[4].RDC, CS[5].RDC, CS[6].RDC, CS[7].RDC, CS[8].RDC, CS[9].RDC, 107);                                  //gain基值
            // DatascopeSend(CS[0].TtMax, CS[1].TtMax, CS[2].TtMax, CS[3].TtMax, CS[4].TtMax, CS[5].TtMax, CS[6].TtMax, CS[7].TtMax, CS[8].TtMax, CS[9].TtMax, 108);              //TtMax
            // DatascopeSend(CS[0].TtMin, CS[1].TtMin, CS[2].TtMin, CS[3].TtMin, CS[4].TtMin, CS[5].TtMin, CS[6].TtMin, CS[7].TtMin, CS[8].TtMin, CS[9].TtMin, 109);              //TtMin
        }

//        if(g_sys_tick > delay)
//        {
//            if (Devicenum == 0)
//            {
//                data_send_to_pc(PC_CMD_REPORT_RESULT, (char *)&result, sizeof(test_result_struct));
//            }
//            else
//            {
//                b2b_send_device(B2B_CMD_REQ_RESULT, (char *)&result, sizeof(test_result_struct),0);
//            }
//            delay = g_sys_tick + 10;
//        }

        if (is_command(sts->controlword, result_move_card))
        {
            sts->statusword |= SW_move_card;
            sts->state = SW_move_card;
            updateAmplifState(SYS_STATE_WORKEND,heater->number);             
			beep_set(BEEP_WORKEND);            
            sts->DataSendHeader = 0;
            sts->DataSendLast = 0;
        }
    }
        break;
    case SW_move_card:
    {
        //等待拔卡进入下一次循环
        if (TrigStateCheck(sts) != CardON)
        {
            //跳转到等待扫码状态
            sts->statusword = SW_Target_reached;
            sts->state = SW_Target_reached;            
		
			sts->sampleTimes = 0;
			sts->sampleStart = 0;
            g_heat_ctrl.temp_stable_sta = 0;
            datasope_flag = 0;
            sts->heat_timeout = 0;
            memset(&sts->card_param_info, 0 ,sizeof(sts->card_param_info));
        	heater->HeatState = SystemPreHeat;
            heater->temp_stable_sta = 0;
            sts->controlword = Board_Selftest_cmd; 
             updateAmplifState(SYS_STATE_PREPARE,heater->number); 
        }
    }
        break;
    default:
        break;
    }
    switch (sts->state)
    {
    case SW_Read_To_Board_Selftest:
        sts->flags.selftest_allowed = 1;
        sts->flags.scan_qrcode_allowed = 0;
        sts->flags.pre_heat_enabled = 0;
        sts->flags.target_reached = 0;
        sts->flags.check_chipid_enabled = 0;
        sts->flags.qrcode_info_applied = 0;
        break;

    default:
        break;
    }

    if(state != sts->state)
    {
        state = sts->state;
        Van_Device_Printf(VAN_LOG_NOTICE,"\nstate:%d \n", state);
    }
    updateData(sts);
}